Meters
Half Steps in Intervals
Math and Music in the Brain
Frequencies
Forms
100

When the time signature changes throughout a piece of music

A mixed meter

100

The number of half steps in a minor third.

3

100

The side of the brain that music is dominant in.

The right

100

A tone that is heard above and at the same time as the fundamental harmonic.

An overtone

100

The reason some artists follow a pattern when creating a song.

For it to be catchy and have and easy flow.

200

What the number on the top of the time signature represents.

How many beats are in a measure.

200

The number of half steps in a perfect fifth.

7

200

The side of the brain that math is dominant in.

The left

200

What overtones affect.

Timbre.

200

Music can have these sections.

A and B sections.

300

The number of eighth notes in a whole note.

8

300

The number of half steps in a perfect first.

0

300

The music that is beneficial for helping solve math problems.

Music without lyrics.

300

The number of harmonics there are.

An infinite amount.

300

It can change the order of the composition.

Codas and Repeat signs.

400

What the number on the bottom of the time signature represents.

What note gets one beat.

400

The number of half steps in a diminished seventh.

9

400

The reason music with lyrics is not as effective.

It can be distracting.

400

The ratio of C and G.

3:2

400

These and this series also use formulas.

Harmonies and the overtone series.

500

The number of sixteenth notes in four eighth notes.

8

500

The number of half steps in an augmented eighth.

13

500

What music does to your brain while working.

Improves cognitive function.

500

The ratio of C and the C and octave above it.

2:1

500

Formulas in harmonics and the overtone series can be used to fin either of these.

The frequency of a harmonic, the wavelength of the harmonic, or the speed of the standing wave.